Adam Nuru's Portfolio PART A

Page 1

1 NURUVISION Academy of Art University Adam Nuru, B Arch 2015 — 2020
2 3 ADAM NURU, ARCH
2020
All rights reserved. No part of this publication may be reproduced or distributed without the expressed written consent from the author. Projects are from author and collaborators. All text and images are from the sole creativity of the author.
Design is only as intricate as it appears.
Copyright ©
by Adam Nuru

Housing

Conceptual & Technical Design Part A

4 5 ADAM NURU, ARCH
Conditions & Building Performance Introduction Concept & Technical Thinking Drawings Model Making Renderings
Site
Introduction Concept & Technical Thinking Drawings Model Making Renderings Tectonics and Structure Introduction Concept & Technical Thinking Drawings Model Making Renderings
and Comprehensive Design
O2 O1 O3 6 8 10 14 16 40 42 44 50 53 20 22 26 33 36

Tectonics and Structure

Course

Tectonics and Structure

Instructors

Semester Spring 2019 Location

San Francisco, California

SF Centre of Perspectives & Perceptions

Ever since I was a child my family made an effort to see different perceptions of the cities we visited that were unique to what the usual tourist would experience.This gave me a different sense (Perspective) on how cities can be viewed. The program is a viewing gallery as well as a school where tourists and film & photography students can intertwine in a way that tourists get a glimpse of how students create and frame their work. Through the concept of framing that was inspired by a camera frame, user-groups gain a sense of various perspectives which allows them to construct their views both inside and outside into the city of San Francisco. The frames also encourage them to adopt another way of seeing how other people view their surroundings. Since my building aspires to help give users new perspectives and perceptions, the hope is that the use of framing throughout the building can be used as a device to allow individuals to be more accepting of one anothers ways of looking at things.

6 ADAM NURU, ARCH
01
PROJECT 01 TECTONICS AND STRUCTURE

a

Most) Mapping out Landmarks of SF

MARINA ABRAMOVIC INSTITUTE:

& photography students create and frame user-groups gain a both inside and to adopt another perceptions, the hope device to allow individuals

Famous LandMarks of San Francisco

Main Market ST.

MUSASHINO LIBRARY: CINEMA HOUSE:

CINEMA HOUSE:

Above is a Movie room where people sit down and interact with the space in

Mapping out Landmarks in SF

Utilized Landmarks to develop concepts and ideas behind the process of the design.

Clusters

Zonnings begins to emerge

Coit Tower Perspective

Site

CHAPEL OF ST. IGNATIUS/ STEVEN HOLL ARCHITECTS:

CHAPEL OF ST. IGNATIUS/ STEVEN HOLL ARCHITECTS:

Second Floor connection going through each Main frame of buildings various programs.

The frames are extruded out to emphasize the views beyond. With the help of site context and orientationof the frames, an individual may be able to experience each view uniquely.

Frames created through two walls joined together

Seam inbetween walls joins (connects) to form frames.

Marina Abramovic Institute

Musashino Library

Cinema House

Chapel of St.Igatius

CHAPEL OF ST. IGNATIUS/ STEVEN HOLL ARCHITECTS:

Analysis of Mapping Diagram

Transformation takes place and creates more concepts and ideas.

This perspective is personal to me as I am the Photographer of the image to the left. This therefore interprets my perspective and perception of the city.

The frames are extruded out to emphasize the views beyond. With the help of site context and orientationof the frames, an individual may be able to experience each view uniquely.

PLAN VIEW OF PERSPECTIVE IDEA:

Represantation of Looking through a frame. An example would be similar to watching a movie (Spectacle) and viewing (Audience). It is framed and allows a sense of perception through spaces.

ADAM NURU |ARH 410: STUDIO 7 PRECEDENT STUDIES & DIAGRAMS APPLIED TO PROJECT |SPRING 2019

Concept Models

Frames created through two walls joined together

Main walls with frame like cut outs to distinguish between spaces. Acts as a major threshold for individuals to pass through and get a different experience. It has vairous angles of orientation to allow the frames to be located at different locations around the building.

Seam inbetween walls joins (connects) to form frames.

PLAN VIEW OF PERSPECTIVE IDEA:

Frames created through two walls joined together

Seam inbetween walls joins (connects) to form frames.

SECTION VIEW OF PERSPECTIVE IDEA:

Derived from the mapping exercise to enhance the idea about perspectives and perceptions of individuals

The frames are extruded out to emphasize the views beyond. With the help of site context and orientationof the frames, an individual may be able to experience each view uniquely.

Frames created through two walls joined together. Seam inbetween walls joins (connects) to form frames.

ADAM NURU |ARH 410: STUDIO 7 PRECEDENT STUDIES & DIAGRAMS APPLIED TO PROJECT |SPRING 2019

AUDIENCE (SPECTATOR) VS PERFORMER THROUGH SPECTACLE:

The Various usergroups in the building act as the performer or spectator looking through a frame ( spectacle) to get different perspectives on how others interact and use spaces throughout the building. This allows for them to get numorous perceptions of there own.

AUDIENCE (SPECTATOR) VS PERFORMER THROUGH SPECTACLE:

The Various usergroups in the building act as the performer or spectator looking through a frame ( spectacle) to get different perspectives on how others interact and use spaces throughout the building. This allows for them to get numorous perceptions of there own.

ADAM NURU |ARH 410: STUDIO 7 PRECEDENT STUDIES & DIAGRAMS APPLIED TO PROJECT |SPRING 2019

Spectacle Performers Audience

Audience (Spectator) vs Performer Through Spectacle

The Various usergroups in the building act as the performer or spectator looking through a frame ( spectacle) to get different perspectives on how others interact and use spaces throughout the building. This allows for them to get numorous perceptions of there own.

Plan View of Perspective Idea Pentaprism View Finder Condenser lens Reflex Mirror Shutter Image Sensor LCD Screen Lens Matte Focusing Screen PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 01 TECTONICS AND STRUCTURE Site Famous Landmarks in San Francisco Market street La Ha ia um ic C U io S C Tow b m No Hill Fina D Ex lo a ium Em Fe ildin Tow M im Na io His P Lo a e Tr is Famous LandMarks of San Francisco SIte Main Market ST. T& P D lo CLASSROOMS CONFERENCE ROOM OFFICES MULTI-PURPOSE ROOM MEP RESTROOMS STORAGE TOUR COMPANY INFO DESK TICKETS OFFICES TOUR BUSES PHOTOGRAPHY GALLERY MAIN GALLERY PANTRY STORAGE ROOM

8 9 ADAM NURU, ARCH

ADAM NURU |ARH 410: STUDIO 7 PRECEDENT STUDIES & DIAGRAMS APPLIED TO PROJECT |SPRING 2019

M To No Hill Fin Em Fe To No T&
Fin ia Ex m Em Fe B in Tr T& P
perceptions of the cities experience.This gave me
Famous LandMarks of San Francisco film
COIT TOWER FROM ANOTHER PERSPECTIVE :
SECTION VIEW OF PERSPECTIVE IDEA:
Plan View of Perspective Idea

STRUCTURAL PLAN

SCALE: 1/32 = 1’-0”

STRUCTURAL SECTION A-A

SCALE: 1/32 = 1’-0”

STRUCTURAL SLAB OF PLAN

Structural Slab Bubble Deck Slab Recycled plastic spheres are sandwiched between layers of reinforcing steel lattice (squared) to introduce voids into the two-way slab. Build More With Less, Reduced Overall Cost, Faster Construction, Lower Risk, LEED Compatible

Egress and Circulation

STRUCTURAL PLAN

SCALE: 1/32 = 1’-0”

EGRESS & CIRCULATION

STRUCTURAL |SPRING 2019

STRUCTURAL SECTION A-A

SCALE: 1/32 = 1’-0”

ADAM NURU |ARH 410: STUDIO 7 |STRUCTURAL |SPRING 2019
STRUCTURAL
10 11 ADAM NURU, ARCH
Ground Floor
Structural Plan Load Bearing walls Structural Section PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 01 TECTONICS AND STRUCTURE

Is interstitial space that accomodates Identity-defining activities. Gray Space may have opportunity to shift or adjust according to program

ADAM NURU |ARH 410: STUDIO 7 SECTIONS |SPRING 2019 SECTION A-A SCALE: 1/8 = 1’-0” CLASSROOMS TOUR BUS AREA RESIDENCIES GALLERY PRODUCTION AREA Laundry Restrooms Storage Restrooms Restrooms Restrooms Kitchen Common room Print/Dark room Film/Dark room Lighting room Storage Storage Storage Studio room Library Restaurant/Cafe Retail Lounge Movie room Offices Digital lab Media Centre MEP Equipment resources Conference room Offices Offices Info desk Tickets Lobby GALLERY TOUR BUS AREA Storage Restaurant/Cafe Retail Lounge Movie room Lobby Offices Offices Info desk Tickets Restrooms Restrooms RESIDENCIES Laundry Restrooms Kitchen Common room Storage CLASSROOMS Storage Restrooms Print/Dark room Film/Dark room Lighting room Studio room Library Offices Digital lab Conference room PRODUCTION AREA Storage Media Centre MEP Equipment resources C C C 12 13 ADAM NURU, ARCH Sqft 8000(200.ea) 300 450 400 500 350 650 1200 450 400 500 1200(300.ea) 300 500 Sqft 4000(800.ea) 2500 150 1000 2000 2400 1000 Sqft 1000 2500(500.ea) 150 1500 3500 1500 9000(3000.ea) 3000 1000 Semi Private/Public Classrooms Offices Info Desk Tour Area Library Media Centre Multi-Purpose Public Lobby Restrooms Tickets Retail Restaurants/Cafe Lounge Gallery Movie Room Workshop Room Private Residencies Laundry Room Kitchen Conference Rooms Equipment Room Lighting Room Digital Lab Production Area Film/Dark Room Print/Dark Room Studio Room Storage M.E.P Common room Program Main Attributes/ Program Blockages/ Private Potential
spaces/ Occupiable Connecting Nodes/ Small Program Possible Circulation/ Linkage Gray
Gray
Space Diagrams
PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 01 TECTONICS AND STRUCTURE Section A —A A A A C C C B B B Gray Space
14 15 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 01 TECTONICS AND STRUCTURE
16 17 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 01 TECTONICS AND STRUCTURE
18 19 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 01 TECTONICS AND STRUCTURE

Course

Housing and Comprehensive Design

Instructors

Goetz Frank & Bradley Sugarman

Semester

Fall 2019

Location

Santa Rosa, California

Housing and Comprehensive Design

The “L” Building

To create an effecient housing complex that is sustainable and affordabe for the community of Santa Rosa that were affected by the wildfires in 2019. The aim of the project is to house about 200 families within variations of apartment styles. The approach of the project was interesting as we started off as conceptual but transitioned into technical. The ability to acheive such progress was uniquely developed and thought-out by analyitical stages. Providing a flow through the site allows for individuals to feel invited to pass through and explore the local businesses as well as the architecture.

20 21 ADAM NURU, ARCH
02
PROJECT 02 Housing and Comprehensive Design

MICRO CLIMATE: The variations in localised climate around a building

Site Context

HIGHWAY

PREVAILING WINDS

HIGHWAY

HIGHWAY

MACRO CLIMATE: The climate of larger area such as a region or a country

Teen Club

HIGHWAY

*THROUGHOUT THE SUMMER TEMPERATURE RANGES FROM 60F -70F

*DURING WINTER TEMPERATURES RANGES FROM 45F - 55F

Temperature Range

AVERAGE WIND SPEED RANGES FROM 6.4 MPH - 8.1 MPH

SKY COVER

SITE CONTEXT:

Road and Transit Site Map

SUNPATH DIAGRAM

TEMPERATURE RANGE

The site context had to deal with looking at the environment in which our transit oriented site is located. It is between the historic downtown and green spaces along the Santa Rosa Creek. The urban context around comprises of Single family residential to the north west & commercial to the South East in an Alignment.

PREVAILING WINDS

The site context had to deal with looking at the environment in which our transit oriented site is located. It is between the historic downtown and green spaces along the Santa Rosa Creek. The urban context around comprises of Single family residential to the north west & commercial to the South East in an Alignment. TEMPERATURE

COASTAL COOL: The coastal cool zone includes narrow band of ridge tops along the coast above 800 to 1,000 ft., the areas east of the western hills of Sebastopol, areas bounded on the north by the Russian River, and the northern and southern portions of the Valley of the Moon. Cold foggy air is diverted by Sonoma Mountain and the Santa Rosa plain in the south; western and eastern mountains contain it, and hills and distance (time) reduces its northern migration. This climatic zone averages 2,582 degree days per year, but can range from 1,900 to 3,600 depending on the year. It has 800 to 1,100

ft., the areas east of the western hills of Sebastopol, areas bounded on the north by the Russian River, and the northern and southern portions of the Valley of the Moon. Cold foggy air is diverted by Sonoma Mountain and the Santa Rosa plain in the south; western and eastern mountains contain it, and hills and distance (time) reduces its northern migration. This climatic zone averages 2,582 degree days per year, but can range from 1,900 to 3,600 depending on the year. It has 800 to 1,100 hours between 70 and 90ºF per year.

TEMPERATURE RANGE

COASTAL COOL: The coastal cool zone includes a narrow band of ridge tops along the coast above 800 to 1,000 ft., the areas east of the western hills of Sebastopol, areas bounded on the north by the Russian River, and the northern and southern portions of the Valley of the Moon. Cold foggy air is diverted by Sonoma Mountain and the Santa Rosa plain in the south; western and eastern mountains contain it, and hills and distance (time) reduces its northern migration. This climatic zone averages 2,582 degree days per year, but can range from 1,900 to 3,600 depending on the year. It has 800 to 1,100 hours between 70 and 90ºF per year.

TEMPERATURE RANGE
TRAIN BUS STOP HIGHWAY 101 BUSY 3RD STREET
is located. It is between the historic downtown and green spaces along the Santa Rosa Creek. The urban context around comprises of Single family residential to the north west & commercial to the South East in an Alignment.
SMART
PREVAILING WIND THROUGHOUT SUMMER TEMPERATURE RANGES FROM AND AT WINTER TEMPERATURE RANGES FROM 45 - 55 MAY JUNJUL TEMPERATURE RANGE SKY COVER *THROUGHOUT THE SUMMER TEMPERATURE RANGES FROM 60F -70F *DURING WINTER TEMPERATURES RANGES HIGHWAY 101 TEMPERATURE RANGE
WINDS PSYCHROMETRIC CHART
PREVAILING
COASTAL COOL: The coastal cool zone includes a narrow band of ridge tops along the coast above 800 to 1,000 ft., the areas east of the western hills of Sebastopol, areas bounded on the north by the Russian River, and the northern and southern portions of the Valley of the Moon. Cold foggy air is diverted by Sonoma Mountain and the Santa Rosa plain in the south; western and
AVERAGE WIND SPEED RANGES FROM 6.4 MPH - 8.1 MPH G001: SITE ANALYSIS
RANGE
TEMPERATURE
WIND SPEED RANGES FROM 6.4 MPH - 8.1 MPH
AVERAGE
HIGHWAY 101
COOL:
ridge tops along the coast above 800 to 1,000 ft., the areas east of PREVAILING WINDS AVERAGE WIND SPEED RANGES FROM 6.4 MPH 8.1 MPH *THROUGHOUT THE SUMMER TEMPERATURE RANGES FROM 60F -70F *DURING WINTER TEMPERATURES RANGES FROM 45F 55F SITE SMART TRAIN BUS STOP HIGHWAY 101 BUSY 3RD STREET MICRO CLIMATE: The variations in localised climate around a building COASTAL COOL: The coastal cool zone includes narrow band of ridge tops along the coast above 800 to 1,000
COASTAL
The coastal cool zone includes a narrow band of
SUNPATH DIAGRAM
AVERAGE WIND SPEED RANGES FROM 6.4 MPH 8.1 MPH *THROUGHOUT THE SUMMER TEMPERATURE RANGES FROM 60F -70F *DURING WINTER TEMPERATURES RANGES FROM 45F 55F
SITE SMART TRAIN BUS STOP HIGHWAY 101 BUSY 3RD STREET
hours between 70 and 90ºF per year.
SITE ANALYSIS TEMPERATURE RANGE *THROUGHOUT THE SUMMER TEMPERATURE RANGES FROM 60F -70F *DURING WINTER TEMPERATURES RANGES FROM 45F 55F PSYCHROMETRIC CHART SITE SMART TRAIN BUS STOP HIGHWAY 101 BUSY 3RD STREET COASTAL COOL: The coastal cool zone includes a narrow band of ridge tops along the coast above 800 to 1,000 ft., the areas east of the western hills of Sebastopol, areas bounded on the north by the Russian River, and the northern and southern portions of the Valley of the Moon. Cold foggy air is diverted by Sonoma Mountain and the Santa Rosa plain in the south; western and eastern mountains contain it, and hills and distance (time) reduces its northern migration. This climatic zone averages 2,582 degree days per year, but can range from 1,900 to 3,600 depending on the year. has 800 to 1,100 hours between 70 and 90ºF per year. 22 23 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design Monthly Diurnal Average Prevailing Winds
G001:
Diagram Psychometric chart Sky CoverTemperature Range
Sunpath
RANGE HIGH MEAN LOW 80 90 100 110
SITE SITE CONTEXT RESIDENTIAL INDUSTRIAL
ROSA CREEK TEEN CLUB RAIL ROAD BIKE TRAIL
SANTA
PARK
COMMERCIAL
TRANSIT ROAD AND TRANSIT SITE SMART TRAIN BUS STOP HIGHWAY 101 BUSY 3RD STREET Site Residential Industrial Santa Rosa Creek Commercial Parks Coastal Warm Climate Zones Coastal Cool Marine
3rd Street (Busy) Bus Stop Smart Train Site
Highway 101

Concept Process

Nearby downtown Santa Rosa has numerous retail stores and places to eat which provide a consistent flow of pedestrians that circulate near our site. Our plan and mission is to connect the downtown area on 4th and 5th street through our site leading toward a connection of the Santa Rosa creek.

Concept

To follow the city grid naturally through the site to create a flow of users to and from the context of Santa Rosa. It allows for the site to be split into 3 sections that can further the idea of affordable housing.

PROJECT 02 Housing and Comprehensive Design Process to ProcessConcept to ProcessConcept to Concept 5th street Axis 4th Street Axis 5th street Axis 4th Street Axis Building Block Connection Site Access Diagram Parking Access E.V.A Access E.V.A Access E.V.A Access E.V.A Access Lobby/Entry Access Parking Access (L #1) Parking & Apt.Units TownHouse TownHouse TownHouse 5th street Axis Courtyard Courtyard (L #2) Parking & Apt.Units Diagramatical Components on Site 24 25 ADAM NURU, ARCH 5th street axis 4th street axis
E.V.A Access E.V.A Access E.V.A Access Parking Access Parking Access Parking Access Lobby/Entry Access Lobby/Entry Access Lobby/Entry Access Site Access Diagram TownHouse TownHouse TownHouse 5th Street Axis 5th Street Axis 4th Street Axis 4th Street Axis L #1 (Parking & Units) L #2 (Parking & Units) L #3 (Parking & Units) Courtyard Courtyard Courtyard
Components on Site PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design
Diagramatical
-
SITE ANALYSIS
SITE ANALYSIS STACK VENTILATION SINGLE SIDE VENTILATION CROSS VENTILATION FLOOR PLAN DOUBLE LOADED CORRIDOR OF RESIDENTIAL UNITS
STRATEGIES RADIANT FLOOR HEATING SYSTEM RADIANT FLOOR HEATING SYSTEM MASS THERMAL STORAGE DRAINBACK TANK WATER TANK PUMP WATER SUPPLY SOLAR THERMAL COLLECTOR SOLAR THERMAL COLLECTOR SOLAR THERMAL COLLECTOR RADIANT FLOOR RADIANT FLOOR TOWNHOUSE SECTION HALL HALL HALL
STRATEGIES RESIDENTIAL UNITS SECTION HALL HALL HALL 26 27 ADAM NURU, ARCH Site Plan PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design TownHouse Section Residential Units Section Passive Strategies Radiant Floor Heating Systems Active Strategies
G001:
G001:
ACTIVE
PASSIVE
DN UP DN UP DN DN DN DN DN DN DN DN DN DN DN DN 23' 1/2" 29' 8 7/8" 12' 27/32" 10' 1/32" 17' 3" 1/2" 5' 1/2" 8"0" 11 3/16" 1/32" 25/32" 19' 11 3/16" 11' 6" 11' 7/32" 12' 1/32" 13' 15/16" 48' 11 3/16" 1 - 9 1 3 1 - 2 0'1 - 8"1/ 1 0'6 1 1/ 16 76 79 7 16" 21 2 9 3 2 1 1'3 71 0 7 / 1 6 19'0" 41' 1" 18' - 0" 16' - 0" 10' 6" 8'0"0'6" 10'6" 5' - 0" 19'0" 41' - 1" 3' 8"0' - 4"5' - 9" 12'8" 20'0" 40' - 0" 5' 0" 12' 0" 10'1" 8'2" 4'1" 5' 0" 5' 0" 11' 7/16" 7/16" 28 29 ADAM NURU, ARCH Ground Floor Plan Bedroom 2 Bedroom 3 Bedroom Circulation Co—Living Community CourtYard Egress Gym Laundry Lobby Studio Townhouse Trash Room Level Level 2 Level Level 2 Level 2 Work-Live Units 3 Bedroom Units 1 Bedroom Units Studio Units 2 Bedroom Units Co-Living Units TownHouse Units PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design

Water Pump System Heat

System

PHOTOVOLTAIC PV SOLAR THERMAL INVERTER FUSEBOX STORAGE TANK BOILER METER BACK UP BATTERY MASS THERMAL STORAGE DRAINBACK TANK WATER TANK PUMP WATER SUPPLY SOLAR THERMAL COLLECTOR RADIANT FLOOR WATER TANK STORAGE TANK PRESSURE SWITCH PRESSURE TANK PUMP SET PUMP CONTROLLER WATER SOURCE PHOTOCOLTANIC PANELS LOGIC CONTROLLER MIXED AIR HEATING COIL COOLING COIL SUPPLY AIR RETURN AIR DAMPER OUTDOOR TEMP. SENSOR OUTSIDE AIR RETURN AIR OUTSIDE AIR DAMPER LINKAGE LINKAGE MOTORIZED ACTUATOR MOTORIZED ACTUATOR M-001: PROS & CONS MASS THERMAL STORAGE DRAINBACK TANK WATER TANK PUMP WATER SUPPLY SOLAR THERMAL COLLECTOR RADIANT FLOOR LOGIC CONTROLLER MIXED AIR HEATING COIL COOLING COIL SUPPLY AIR RETURN AIR DAMPER OUTDOOR TEMP. SENSOR OUTSIDE AIR RETURN AIR OUTSIDE AIR DAMPER LINKAGE LINKAGE MOTORIZED ACTUATOR MOTORIZED ACTUATOR M-001: PROS & CONS MASS THERMAL STORAGE DRAINBACK TANK WATER TANK PUMP WATER SUPPLY SOLAR THERMAL COLLECTOR RADIANT FLOOR LOGIC CONTROLLER MIXED AIR HEATING COIL COOLING COIL SUPPLY AIR RETURN AIR DAMPER OUTDOOR TEMP. SENSOR OUTSIDE AIR RETURN AIR OUTSIDE AIR DAMPER LINKAGE LINKAGE MOTORIZED ACTUATOR MOTORIZED ACTUATOR 30 31 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design
Longitudinal MEP Section Pump
DOAS Dedicated Outdoor Air System
32 33 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design
Detail Wall Section Model Detail Wall Section Elevation North Elevation South Elevation South (Courtyard)
34 35 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design
36 37 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design
38 39 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 02 Housing and Comprehensive Design

Instructors

Semester

Fall 2018

Location

San Francisco, CA

Site Conditions and Building Performancce

Tiburon Visitors Center

I found it interesting on how the shadows casted onto the site, especially when we were circulating through the trees. my first pick of the site was to the right (furthest east of site) of the area where the sunrise hits the ronberg tiburon center. After began to investigate various areas of the site where both sunpath and shade hit the site, and this is where began to notice a specific area which was suitable. another idea came to mind once i noticed how steep the topography was on that specific area. the topography has various dramatic changes in its characteristics on the site, which we personally got the pleasure of experiencing when we visited during our site analysis through a walking path which went up the topography to the top (55’-60’) from ground level at 0’. so as an individual circulates from the entrance at the top of to the bottom, they would also be finding new programs situated as they were going down. being mindful of the natural environment also took part of the project as was trying to maneuver around the important aspects of the sites surroundings, such as the trees.

40 41 ADAM NURU, ARCH
Course
Site Conditions & Building Performance
03
PROJECT 03 Site Conditions and building Performance

Parti Diagram One Concept

My parti diagram represents going with the topography in section along the slope. It also has specific framings taken as an idea from a precedent study facing specific views. The lines at the bottom represent the flow of the topography while the boxes are meant to show the building.

Parti Diagram Two

Parti diagram represented in a sort of plan view. Showing the direct line and affect it may have along the site with openings of possible circulation and penetration of light or views. Also being mindful of surroundings.

Sustainability Strategy (Nature)

This diagram shows the minding the natural habitat strategy. It represents how the trees and other natural elements around the building pinpoint views which would allow people to know how much the environment was considered.

Sustainability Strategy (Cut and Fill)

This diagram shows a balanced cut and fill strategy. It shows the trench dug out from the main site and utilized under the kayak which is partially above the water. This allows the site to be reusable in sense, instead of wasting.

Sustainability Strategy (Wind)

This diagram shows a wind sustainable strategy which allows wind to circulate from the natural environment of the topography into the building. Provinding natural ventilation, even during various times of the years seasons.

42 43 ADAM NURU, ARCH
Precedent Study One Gösta Serlachius Museum / MX_SI
PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance PROJECT 03 Site Conditions and building Performance
Precedent Study Two Interpretation and Welcome Center for Visitors in La Antigua / Ventura + Llimona
CLT
Wood Laminated Glass Polished Concrete
Site Plan 44 45 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance
First Floor Plan NW Elevation N E S W SCALE:
ELE VATION (NW) 46 47 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance
1/8”=1’-0”

Underground trench with

pipe loops

Adam Nuru
Ventilation Technique Ventilation Technique 68°F - 72°F 68°F - 72°F
GEOTHERMAL
Hot Water Cylinder Under Floor Radiant Heating 68°F - 72°F GEOTHERMAL Heat Pump Radiator Invertor Solar Panels Heat Transfer from sun 48 49 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance
Prevailing Winds Prevailing Winds Prevailing Winds
Longitudinal MEP Section
50 51 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance
Detail Wall Section Model Wall Section Model Detail Wall Section
52 53 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance
54 55 ADAM NURU, ARCH PROJECT 01 | 02 | 03 | 04 | PART A PROJECT 03 Site Conditions and building Performance

ACKNOWLEDGMENT

This Is The Part Of The Chapter Where We Would Like To Take The Time To Thank Some People In Particular For Helping Us Achieve Our Goal This Summer Semester. From All The People In The Woodshop To The Directors And School Officials That Made It Even Possible.

SAMEENA SATIKBAN

JENNIFER ASSELSTINE GREG GENA MAX

INDUSTRIAL DESIGN BUILDING

Acknowledgments

Family

Uncle Moh, Dad, Mom, Brother. Thank you for the endless support, inspiration, and encouragement to pursue my dreams.

Friendships

Markish Siojo, Raul Higuera, Zed Malmoux, Wendy Wu, Ally Santori, Bobby Wijaya. Aniong Kufre, Mohammed Mangera Thanks for all the support and motivation to keep me going.

Student Faculty

Jennifer Asselstine, Karen Seong, Mimi Sullivan, Vahid Sattary, Paul Ademson, Goetz Frank, Bradley Sugarman, Lise Barriere, Peter, Carol Buhrmann, Sameena Sitbkhan and all the suporting instructors, thank you for the mentorship and support.

Portfolio Book Mary Scott, Molly Flanagan, thanks for guiding and supporting me through the process of designing the portfolio.

96 97 ADAM NURU, ARCH

Colophon

School Academy of Art University

Course Senior Porfolio, Mary Scott

Student | Contact Adam Nuru, B Arch Lanrenuru@gmail.com NuruVision.com

Printing & Binding Blurb

Photography Adam Nuru

Cover Stock Imagerap, Matte Finish

Text Stock Proline Uncoated 100# Text Font Agency FB

Software InDesign, Photoshop, Illustrator, Lightroom, Revit, Rhino, AutoCad

98 ADAM NURU, B ARCH

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